© Borgis - New Medicine 4/2011, s. 125-127
*Lechosław P. Chmielik1, Jolanta Jadczyszyn1, Magdalena Frąckiewicz1, Anna Chmielik2, Romana Bogusławska2, Mieczysław Chmielik1
Balloon sinuplasty with use of intra-operative navigation in children – preliminary report
1Department of Paediatric Otorhinolaryngology, Medical University of Warsaw, Poland
Head of Department: Prof. Mieczysław Chmielik, MD, PhD
2Medical Radiology Unit. Military Medical Institute, Warsaw, Poland
Head of Radiology Unit.: Ass. Prof. Romana Bogusławska, MD
Summary
Introduction. Since eighties a dynamic development of sinus surgical techniques has started. In the beginning the functional endoscopic sinus surgeries were introduced in adults. With gaining experience this technique with modifications was also introduced in children as pediatric endoscopic sinus surgery. Most authors in publications state that stenosis of natural ostium of sinuses is one of the main causes of chronic rhinosinusitis. For this reason further researches went in the direction of minimalization of intra-operative trauma and increasing precision of surgeries. In 2005 and 2006 there were first reports about using balloon sinuplasty. This technique is based on introducing a balloon in the natural ostium of sinus and extending the balloon. Due to identify the localization of balloon C arm or fluorescence are used.
Aim. Due to better intra-operative orientation and decreasing the dose of X radiation in the intra-operative period authors were using intra-operative navigation during balloon sinuplasty.
Material and methods. Between 2009 and 2010 in the Pediatric Otolaryngology Clinic authors conducted 10 operations with use of balloon sinuplasty and intra-operative navigation. During operation data of guide catheter were introduced to navigation to gain a possibility of intra-operative navigation. To navigate standard instruments were used. Then through sinus guide catheter the optic fibre-sinus illumination was introduced. This system was a guide and enabled the fluorescence of sinus. At then the Balloon Catheter was introduced and the ostium was widened. With the use of navigation the localization of guide catheter was determined and with use of standard instruments localization of balloon was determined.
Conclusions. 1. Balloon sinuplasty seems to be optimal method of treatment for children with stenosis of natural ostia of sinus and limited mucous lesions. 2. Intra-operative navigation enables to gain better orientation in operating area when using balloon sinuplasty and to decrease the dose of X radiation in the peri-operative period. 3. The use of navigation with standard instruments gives minor measuring error than the use of navigation with instruments additionally introduced into the system.
INTRODUCTION
Since the eighties we have seen a dynamic development in sinus surgical tetchniques. In the beginning, functional endoscopic sinus surgery was introduced for adults (1-3). With increasing experience, this technique (with modifications) was also introduced for children as paediatric endoscopic sinus surgery (4-6). Most authors state in their publications that stenosis of the natural ostium of the sinuses is one of the main causes of chronic rhinosinusitis. For this reason, further research went in the direction of minimalising intra-operative trauma, and increasing the precision of surgery. The first reports on the use of balloon sinuplasty appeared in 2005-2006 (7). This technique is based on introducing a balloon into the natural ostium of the sinus, and then extending the balloon. In order to fix the location of the balloon, C arm and illumination are used. The navigation can operate on the optical or electromagnetic principle.
AIM
The aim of the research was to evaluate the possibility of better intra-operative orientation with a decreased dose of X-rays. The authors have used intra-operative navigation during balloon sinuplasty. This basis we estimated of clinical results gained with this method.
MATERIAL AND METHODS
Between 2009 and 2010 in the Department of Paediatric Otolaryngology, the authors conducted 10 operations balloon sinuplasty and intra-operative navigation. All patients had an up-to-date computed tomography of the sinuses. The criterion for inclusion was chronic or recurrent rhinosinusitis that lasted longer than 12 weeks, with stenosis of the natural ostium, during remission after antibiotic treatment with limited mucous lesions. The criterion for exclusion was acute rhinosinusitis, chronic rhinosinusitis with polyps, or extensive inflammatory lesions in the mucosa. Optical navigation was used. During the operation, data from the guide catheter were introduced to navigating device to allow intra-operative navigation. To navigate, standard instruments (suction, indicator) were used. Then, through the Sinus Guide Catheter an optical fibre sinus illumination system was introduced. This system was a guide, and allowed illumination of the sinus. Finally, a sinus balloon catheter (3.5 or 5.0 mm) was introduced, and the ostium was widened (fig. 1).
Fig. 1. Balloon sinuplasty devices.
By the use of navigation, the location of the guide catheter was determined, and confirmed by the use of standard instruments. The measurement error was evaluated by identifying such structures as the nasal tip, the medial angle of the eye, and the anterior edge of the middle nasal concha. During the first stage of surgery, a set to locate the natural ostia of the sinuses was used. Then, through the natural maxillary sinus ostium, a guide catheter, with an optical fibre, was introduced. The optical fibre acted as a guide for the balloon. Therefore, the location of the guide catheter was determined by use of the ending of the navigating catheter, standard instruments, and illumination.
RESULTS
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Piśmiennictwo
1. Stammberger H: The evolution of functional endoscopic sinus surgery. ENT Journal 1994; 73, 7: 451-455. 2. Wigand ME: Endoscopic surgery of the paranasal sinuses and interior skull base. Georg-Thieme Verlag Stuttgart 1990. 3. Rettinger G, Gjuric M: Osteoplastic endonasal approach to the maxillary sinus. Rhinology 1994; 32(1): 42-44. 4. Chmielik M et al.: Mini FESS in children. New Medicine 2004; 3, 62-65. 5. Kennedy DW et al.: Peadiatric Sinusitis P.Lusk Raven Press New York 1992, 84. 6. Stankiewicz JA: Paediatric endoscopic nasal and sinus surgery. Otolaryngol Head Neck Surg 1995; 113(3): 203-210. 7. Bolger WE, Vaughan WC: Catheter-based dilation of the sinus ostia: Initial safety and feasibility analysis in a cadaver model. Am J Rhinol 2006; 20: 290-294. 8. Ramadan HH: Safety and feasibility of balloon sinuplasty for treatment of chronic rhinosinusitis in children. Ann Otol Rhinol Laryngol 2009; 118: 161-165. 9. Hassan H. Ramadan, Kevin McLaughlin, Gary Josephson et al.: Balloon catheter sinuplasty in young children. Am J Rhinol Allergy 2010; 24, e54-e56, doi: 10.2500. 10. Ewers R, Schicho K, Undt G et al.: Basic research and 12 years of clinical experience in computer-assisted navigation technology: a review . Int J Oral Maxillofac Surg 2005; 34 (1): 1-8. 11. Lapeer R, Chen MS, Gonzalez G et al.: Image-enhanced surgical navigation for endoscopic sinus surgery: evaluating calibration, registration and tracking. Int J Med Robot 2008; 4 (1): 32-35. 12. Chmielik LP et al.: Usefulness of Intraoperative Navigation In Sinus Operations on Children. New Medicine 2008; 3, 12, 77-79.
